雨养条件下卡布利鹰嘴豆(Cicer arietinum L.)和德西鹰嘴豆(Desi chickpea L.)品种的产量表现评估

Yohannes Eshetu, Tesfu Mengistu Woldemichael, Zelalem Fisseha Gebreegziabher
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引用次数: 0

摘要

鹰嘴豆是埃塞俄比亚的主要谷物豆类作物之一,也是继蚕豆和菜豆之后的第三大重要出口豆类作物。关于鹰嘴豆栽培品种在索马里地区不同环境条件下的表现信息十分有限。2021 年,在 Kebribeya 和 Jigjiga 进行了一项田间试验,以测试 14 个已发布鹰嘴豆品种(包括 kabuli 和 desi 类型)的适应性。试验采用完全随机区组设计,两种类型分别有三次重复。对每个地点和每个地点的七个性状进行的方差分析显示,品种间存在显著差异。对于两种类型的大多数产量和产量相关性而言,品种与地点的交互作用非常显著,这表明需要针对具体地点进行品种选择。因此,在测试的卡布里类型中,Kebribeya 的 Koka 和 Hora 以及 Jigjiga 的 Ejera 和 Koka 是根据其谷物产量潜力及其他产量和产量相关性状选出的。凯布里贝亚的达洛塔(Dalota)和迪姆图(Dimtu)以及吉吉加的达洛塔(Dalota)、纳托尔(Natoil)和特克泰(Teketay)是测试品种中产量最高的品种。此外,性状之间的表型相关性表明,大多数性状与谷物产量有关。具体而言,在两种类型中,成熟天数和单株结荚数与谷物产量高度相关,也被用作品种选育的重要性状。因此,建议在研究地区和其他类似的农业生态中推广这两种鹰嘴豆的选育品种。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Yield performance evaluation of kabuli and desi chickpea (Cicer arietinum L.) varieties under rainfed condition
Chickpea is one of Ethiopia’s main grain legume crops and it is third most important export legumes after faba bean and haricot bean. The performance information for chickpea cultivars under varying environmental conditions in the Somali region is limited. A field experiment was conducted to test the adaptability of 14 released chickpea varieties (both kabuli and desi types) at Kebribeya and Jigjiga in 2021. The experiment was carried out using a complete randomized block design with three replications for both types separately. The analysis of variance computed for seven traits for each location and over the location revealed the presence of significant variability between varieties. Variety by location interaction was highly significant for most yield and yield related for both types, this indicated that location-specific variety selection is needed. Hence, among the tested kabuli types, Koka and Hora for Kebribeya and Ejera and Koka for Jigjiga were selected based on their grain yield potential and other yield and yield-related traits. Regarding the desi-type Dalota and Dimtu for Kebribeya and Dalota, Natoil and Teketay for the Jigjiga location were the best high-yielder varieties among tested varieties. Additionally, the phenotypic correlation between traits revealed that most traits were associated with grain yield. Specifically, days to maturity and the number of pods per plant were highly correlated with grain yield in both types and were also used as important traits for variety selection. Therefore, the selected varieties from both chickpea types are recommended for popularization in study areas and other similar agroecology.
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